Based on regional complex geological conditions, Daqing limestone water burst, fault water burst, limestone water burst and no pump well water inrush coefficient evaluation method and other high pressure water disasters, ordinary mechanical test, the stress - strain mechanics test, permeability test, floor block water quality evaluation, pressure tunnel method, thin plate model method and numerical simulation method were adopted to evaluate and control the submersible pump wells high pressure water disasters. The result showed that the evaluation was accurate, with good control effect, which provided reference for similar submersible pump wells high pressure water disasters.
王立伟. 潜水泵井高压水害评价与防治工程研究[J]. 煤炭与化工, 2015, 38(8): 123-125.
WANG Li-wei. Study on Submersible Pump Wells High Pressure Water Disasters Evaluation and Control Engineering. CCI, 2015, 38(8): 123-125.